Ambient air particulate matter in Lagos, Nigeria: a study using receptor modeling with x-ray flourescence analysis

The need for comprehensive air pollution studies in Lagos cannot be overemphasized in view of the level of industrialization of the city and its nearness to the ocean. Air particulate samples collected with a high-volume air sampler at three locations in Lagos, Nigeria were analyzed by the combinati...

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Main Authors: E.A. Oluyemi, O.I. Asubiojo
Format: Article
Language:English
Published: Chemical Society of Ethiopia 2001-12-01
Series:Bulletin of the Chemical Society of Ethiopia
Online Access:http://www.ajol.info/index.php/bcse/article/view/20956
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author E.A. Oluyemi
O.I. Asubiojo
author_facet E.A. Oluyemi
O.I. Asubiojo
author_sort E.A. Oluyemi
collection DOAJ
description The need for comprehensive air pollution studies in Lagos cannot be overemphasized in view of the level of industrialization of the city and its nearness to the ocean. Air particulate samples collected with a high-volume air sampler at three locations in Lagos, Nigeria were analyzed by the combination of wavelength-dispersive X-ray fluorescence and atomic absorption spectroscopy methods. Elemental concentrations were subjected to factor analysis for source identification and chemical mass balance model was used for source apportionment. Prominent among sources identified with the ranges of their contributions at the sites are: soil 35-54%, marine 26-34%, automobile exhaust 0.3-3.5%, refuse incineration 2-3%, and regional sulphate 2-12%.
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spelling doaj.art-03cc3a7de9b8496b8b57e69dc61310f72022-12-22T01:28:28ZengChemical Society of EthiopiaBulletin of the Chemical Society of Ethiopia1011-39241726-801X2001-12-0115297108Ambient air particulate matter in Lagos, Nigeria: a study using receptor modeling with x-ray flourescence analysisE.A. OluyemiO.I. AsubiojoThe need for comprehensive air pollution studies in Lagos cannot be overemphasized in view of the level of industrialization of the city and its nearness to the ocean. Air particulate samples collected with a high-volume air sampler at three locations in Lagos, Nigeria were analyzed by the combination of wavelength-dispersive X-ray fluorescence and atomic absorption spectroscopy methods. Elemental concentrations were subjected to factor analysis for source identification and chemical mass balance model was used for source apportionment. Prominent among sources identified with the ranges of their contributions at the sites are: soil 35-54%, marine 26-34%, automobile exhaust 0.3-3.5%, refuse incineration 2-3%, and regional sulphate 2-12%.http://www.ajol.info/index.php/bcse/article/view/20956
spellingShingle E.A. Oluyemi
O.I. Asubiojo
Ambient air particulate matter in Lagos, Nigeria: a study using receptor modeling with x-ray flourescence analysis
Bulletin of the Chemical Society of Ethiopia
title Ambient air particulate matter in Lagos, Nigeria: a study using receptor modeling with x-ray flourescence analysis
title_full Ambient air particulate matter in Lagos, Nigeria: a study using receptor modeling with x-ray flourescence analysis
title_fullStr Ambient air particulate matter in Lagos, Nigeria: a study using receptor modeling with x-ray flourescence analysis
title_full_unstemmed Ambient air particulate matter in Lagos, Nigeria: a study using receptor modeling with x-ray flourescence analysis
title_short Ambient air particulate matter in Lagos, Nigeria: a study using receptor modeling with x-ray flourescence analysis
title_sort ambient air particulate matter in lagos nigeria a study using receptor modeling with x ray flourescence analysis
url http://www.ajol.info/index.php/bcse/article/view/20956
work_keys_str_mv AT eaoluyemi ambientairparticulatematterinlagosnigeriaastudyusingreceptormodelingwithxrayflourescenceanalysis
AT oiasubiojo ambientairparticulatematterinlagosnigeriaastudyusingreceptormodelingwithxrayflourescenceanalysis